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Issue 2895963003: Apply layout-test-tidy to LayoutTests/webaudio (Closed)
Patch Set: Created 3 years, 7 months ago
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1 <!DOCTYPE html> 1 <!DOCTYPE html>
2 <html> 2 <html>
3 3 <head>
4 <head> 4 <title>
5 <script src="../../resources/testharness.js"></script> 5 audionode-disconnect.html
6 <script src="../../resources/testharnessreport.js"></script> 6 </title>
7 <script src="../resources/audit-util.js"></script> 7 <script src="../../resources/testharness.js"></script>
8 <script src="../resources/audit.js"></script> 8 <script src="../../resources/testharnessreport.js"></script>
9 </head> 9 <script src="../resources/audit-util.js"></script>
10 10 <script src="../resources/audit.js"></script>
11 <body> 11 </head>
12 <script> 12 <body>
13 13 <script id="layout-test-code">
14 var audit = Audit.createTaskRunner(); 14 let audit = Audit.createTaskRunner();
15 15
16 // Task 1: test disconnect() method. 16 // Task 1: test disconnect() method.
17 audit.define('disconnect()', (task, should) => { 17 audit.define('disconnect()', (task, should) => {
18 18
19 // Connect a source to multiple gain nodes, each connected to the 19 // Connect a source to multiple gain nodes, each connected to the
20 // destination. Then disconnect the source. The expected output should be 20 // destination. Then disconnect the source. The expected output should
21 // all zeros since the source was disconnected. 21 // be all zeros since the source was disconnected.
22 var context = new OfflineAudioContext(1, 128, 44100); 22 let context = new OfflineAudioContext(1, 128, 44100);
23 var source = context.createBufferSource(); 23 let source = context.createBufferSource();
24 var buffer1ch = createConstantBuffer(context, 128, [1]); 24 let buffer1ch = createConstantBuffer(context, 128, [1]);
25 var gain1 = context.createGain(); 25 let gain1 = context.createGain();
26 var gain2 = context.createGain(); 26 let gain2 = context.createGain();
27 var gain3 = context.createGain(); 27 let gain3 = context.createGain();
28 28
29 source.buffer = buffer1ch; 29 source.buffer = buffer1ch;
30 30
31 source.connect(gain1); 31 source.connect(gain1);
32 source.connect(gain2); 32 source.connect(gain2);
33 source.connect(gain3); 33 source.connect(gain3);
34 gain1.connect(context.destination); 34 gain1.connect(context.destination);
35 gain2.connect(context.destination); 35 gain2.connect(context.destination);
36 gain3.connect(context.destination); 36 gain3.connect(context.destination);
37 source.start(); 37 source.start();
38 38
39 // This disconnects everything. 39 // This disconnects everything.
40 source.disconnect(); 40 source.disconnect();
41 41
42 context.startRendering().then(function (buffer) { 42 context.startRendering()
43 43 .then(function(buffer) {
44 // With everything disconnected, the result should be zero. 44
45 should(buffer.getChannelData(0), 'Channel #0').beConstantValueOf(0); 45 // With everything disconnected, the result should be zero.
46 46 should(buffer.getChannelData(0), 'Channel #0')
47 }).then(() => task.done()); 47 .beConstantValueOf(0);
48 }); 48
49 49 })
50 // Task 2: test disconnect(output) method. 50 .then(() => task.done());
51 audit.define('disconnect(output)', (task, should) => { 51 });
52 52
53 // Create multiple connections from each output of a ChannelSplitter 53 // Task 2: test disconnect(output) method.
54 // to a gain node. Then test if disconnecting a single output of splitter 54 audit.define('disconnect(output)', (task, should) => {
55 // is actually disconnected. 55
56 var context = new OfflineAudioContext(1, 128, 44100); 56 // Create multiple connections from each output of a ChannelSplitter
57 var source = context.createBufferSource(); 57 // to a gain node. Then test if disconnecting a single output of
58 var buffer3ch = createConstantBuffer(context, 128, [1, 2, 3]); 58 // splitter is actually disconnected.
59 var splitter = context.createChannelSplitter(3); 59 let context = new OfflineAudioContext(1, 128, 44100);
60 var sum = context.createGain(); 60 let source = context.createBufferSource();
61 61 let buffer3ch = createConstantBuffer(context, 128, [1, 2, 3]);
62 source.buffer = buffer3ch; 62 let splitter = context.createChannelSplitter(3);
63 63 let sum = context.createGain();
64 source.connect(splitter); 64
65 splitter.connect(sum, 0); 65 source.buffer = buffer3ch;
66 splitter.connect(sum, 1); 66
67 splitter.connect(sum, 2); 67 source.connect(splitter);
68 sum.connect(context.destination); 68 splitter.connect(sum, 0);
69 source.start(); 69 splitter.connect(sum, 1);
70 70 splitter.connect(sum, 2);
71 // This disconnects the second output. 71 sum.connect(context.destination);
72 splitter.disconnect(1); 72 source.start();
73 73
74 context.startRendering().then(function (buffer) { 74 // This disconnects the second output.
75
76 // The rendered channel should contain 4. (= 1 + 0 + 3)
77 should(buffer.getChannelData(0), 'Channel #0').beConstantValueOf(4);
78
79 }).then(() => task.done());
80 });
81
82 // Task 3: test disconnect(AudioNode) method.
83 audit.define('disconnect(AudioNode)', (task, should) => {
84
85 // Connect a source to multiple gain nodes. Then test if disconnecting a
86 // single destination selectively works correctly.
87 var context = new OfflineAudioContext(1, 128, 44100);
88 var source = context.createBufferSource();
89 var buffer1ch = createConstantBuffer(context, 128, [1]);
90 var gain1 = context.createGain();
91 var gain2 = context.createGain();
92 var gain3 = context.createGain();
93 var orphan = context.createGain();
94
95 source.buffer = buffer1ch;
96
97 source.connect(gain1);
98 source.connect(gain2);
99 source.connect(gain3);
100 gain1.connect(context.destination);
101 gain2.connect(context.destination);
102 gain3.connect(context.destination);
103 source.start();
104
105 source.disconnect(gain2);
106
107 context.startRendering().then(function (buffer) {
108
109 // The |sum| gain node should produce value 2. (1 + 0 + 1 = 2)
110 should(buffer.getChannelData(0), 'Channel #0').beConstantValueOf(2);
111
112 }).then(() => task.done());
113 });
114
115 // Task 4: test disconnect(AudioNode, output) method.
116 audit.define('disconnect(AudioNode, output)', (task, should) => {
117
118 // Connect a buffer with 2 channels with each containing 1 and 2
119 // respectively to a ChannelSplitter, then connect the splitter to 2 gain
120 // nodes as shown below:
121 // (1) splitter#0 => gain1
122 // (2) splitter#0 => gain2
123 // (3) splitter#1 => gain2
124 // Then disconnect (2) and verify if the selective disconnection on a
125 // specified output of the destination node works correctly.
126 var context = new OfflineAudioContext(1, 128, 44100);
127 var source = context.createBufferSource();
128 var buffer2ch = createConstantBuffer(context, 128, [1, 2]);
129 var splitter = context.createChannelSplitter(2);
130 var gain1 = context.createGain();
131 var gain2 = context.createGain();
132
133 source.buffer = buffer2ch;
134
135 source.connect(splitter);
136 splitter.connect(gain1, 0); // gain1 gets channel 0.
137 splitter.connect(gain2, 0); // gain2 sums channel 0 and 1.
138 splitter.connect(gain2, 1);
139 gain1.connect(context.destination);
140 gain2.connect(context.destination);
141 source.start();
142
143 splitter.disconnect(gain2, 0); // Now gain2 gets [2]
144
145 context.startRendering().then(function (buffer) {
146
147 // The sum of gain1 and gain2 should produce value 3. (= 1 + 2)
148 should(buffer.getChannelData(0), 'Channel #0').beConstantValueOf(3);
149
150 }).then(() => task.done());
151 });
152
153 // Task 5: test disconnect(AudioNode, output, input) method.
154 audit.define('disconnect(AudioNode, output, input)', (task, should) => {
155
156 // Create a 3-channel buffer with [1, 2, 3] in each channel and then pass
157 // it through a splitter and a merger. Each input/output of the splitter
158 // and the merger is connected in a sequential order as shown below.
159 // (1) splitter#0 => merger#0
160 // (2) splitter#1 => merger#1
161 // (3) splitter#2 => merger#2
162 // Then disconnect (3) and verify if each channel contains [1] and [2]
163 // respectively.
164 var context = new OfflineAudioContext(3, 128, 44100);
165 var source = context.createBufferSource();
166 var buffer3ch = createConstantBuffer(context, 128, [1, 2, 3]);
167 var splitter = context.createChannelSplitter(3);
168 var merger = context.createChannelMerger(3);
169
170 source.buffer = buffer3ch;
171
172 source.connect(splitter);
173 splitter.connect(merger, 0, 0);
174 splitter.connect(merger, 1, 1);
175 splitter.connect(merger, 2, 2);
176 merger.connect(context.destination);
177 source.start();
178
179 splitter.disconnect(merger, 2, 2);
180
181 context.startRendering().then(function (buffer) {
182
183 // Each channel should have 1, 2, and 0 respectively.
184 should(buffer.getChannelData(0), 'Channel #0').beConstantValueOf(1);
185 should(buffer.getChannelData(1), 'Channel #1').beConstantValueOf(2);
186 should(buffer.getChannelData(2), 'Channel #2').beConstantValueOf(0);
187
188 }).then(() => task.done());
189 });
190
191 // Task 6: exception checks.
192 audit.define('exceptions', (task, should) => {
193 var context = new OfflineAudioContext(2, 128, 44100);
194 var gain1 = context.createGain();
195 var splitter = context.createChannelSplitter(2);
196 var merger = context.createChannelMerger(2);
197 var gain2 = context.createGain();
198 var gain3 = context.createGain();
199
200 // Connect a splitter to gain nodes and merger so we can test the possible
201 // ways of disconnecting the nodes to verify that appropriate exceptions
202 // are thrown.
203 gain1.connect(splitter);
204 splitter.connect(gain2, 0);
205 splitter.connect(gain3, 1);
206 splitter.connect(merger, 0, 0);
207 splitter.connect(merger, 1, 1);
208 gain2.connect(gain3);
209 gain3.connect(context.destination);
210 merger.connect(context.destination);
211
212 // There is no output #2. An exception should be thrown.
213 should(function () {
214 splitter.disconnect(2);
215 }, 'splitter.disconnect(2)').throw('IndexSizeError');
216
217 // Disconnecting the output already disconnected should not throw.
218 should(function () {
219 splitter.disconnect(1); 75 splitter.disconnect(1);
220 splitter.disconnect(1); 76
221 }, 'Disconnecting a connection twice').notThrow(); 77 context.startRendering()
222 78 .then(function(buffer) {
223 // gain1 is not connected gain2. An exception should be thrown. 79
224 should(function () { 80 // The rendered channel should contain 4. (= 1 + 0 + 3)
225 gain1.disconnect(gain2); 81 should(buffer.getChannelData(0), 'Channel #0')
226 }, 'gain1.disconnect(gain2)').throw('InvalidAccessError'); 82 .beConstantValueOf(4);
227 83
228 // gain1 and gain3 are not connected. An exception should be thrown. 84 })
229 should(function () { 85 .then(() => task.done());
230 gain1.disconnect(gain3); 86 });
231 }, 'gain1.disconnect(gain3)').throw('InvalidAccessError'); 87
232 88 // Task 3: test disconnect(AudioNode) method.
233 // There is no output #2 in the splitter. An exception should be thrown. 89 audit.define('disconnect(AudioNode)', (task, should) => {
234 should(function () { 90
235 splitter.disconnect(gain2, 2); 91 // Connect a source to multiple gain nodes. Then test if disconnecting a
236 }, 'splitter.disconnect(gain2, 2)').throw('IndexSizeError'); 92 // single destination selectively works correctly.
237 93 let context = new OfflineAudioContext(1, 128, 44100);
238 // The splitter and gain1 are not connected. An exception should be thrown . 94 let source = context.createBufferSource();
239 should(function () { 95 let buffer1ch = createConstantBuffer(context, 128, [1]);
240 splitter.disconnect(gain1, 0); 96 let gain1 = context.createGain();
241 }, 'splitter.disconnect(gain1, 0)').throw('InvalidAccessError'); 97 let gain2 = context.createGain();
242 98 let gain3 = context.createGain();
243 // The splitter output #0 and the gain3 output #0 are not connected. An 99 let orphan = context.createGain();
244 // exception should be thrown. 100
245 should(function () { 101 source.buffer = buffer1ch;
246 splitter.disconnect(gain3, 0, 0); 102
247 }, 'splitter.disconnect(gain3, 0, 0)').throw('InvalidAccessError'); 103 source.connect(gain1);
248 104 source.connect(gain2);
249 // The output index is out of bound. An exception should be thrown. 105 source.connect(gain3);
250 should(function () { 106 gain1.connect(context.destination);
251 splitter.disconnect(merger, 3, 0); 107 gain2.connect(context.destination);
252 }, 'splitter.disconnect(merger, 3, 0)').throw('IndexSizeError'); 108 gain3.connect(context.destination);
253 109 source.start();
254 task.done(); 110
255 }); 111 source.disconnect(gain2);
256 112
257 audit.define('disabled-outputs', (task, should) => { 113 context.startRendering()
258 // See crbug.com/656652 114 .then(function(buffer) {
259 var context = new OfflineAudioContext(2, 1024, 44100); 115
260 var g1 = context.createGain(); 116 // The |sum| gain node should produce value 2. (1 + 0 + 1 = 2)
261 var g2 = context.createGain(); 117 should(buffer.getChannelData(0), 'Channel #0')
262 g1.connect(g2); 118 .beConstantValueOf(2);
263 g1.disconnect(g2); 119
264 var g3 = context.createGain(); 120 })
265 g2.connect(g3); 121 .then(() => task.done());
266 g1.connect(g2); 122 });
267 context.startRendering().then(function () { 123
268 // If we make it here, we passed. 124 // Task 4: test disconnect(AudioNode, output) method.
269 should(true, "Disabled outputs handled") 125 audit.define('disconnect(AudioNode, output)', (task, should) => {
270 .message("correctly", "inccorrectly"); 126
271 }).then(() => task.done()); 127 // Connect a buffer with 2 channels with each containing 1 and 2
272 }); 128 // respectively to a ChannelSplitter, then connect the splitter to 2
273 129 // gain nodes as shown below:
274 audit.run(); 130 // (1) splitter#0 => gain1
275 </script> 131 // (2) splitter#0 => gain2
276 </body> 132 // (3) splitter#1 => gain2
277 133 // Then disconnect (2) and verify if the selective disconnection on a
134 // specified output of the destination node works correctly.
135 let context = new OfflineAudioContext(1, 128, 44100);
136 let source = context.createBufferSource();
137 let buffer2ch = createConstantBuffer(context, 128, [1, 2]);
138 let splitter = context.createChannelSplitter(2);
139 let gain1 = context.createGain();
140 let gain2 = context.createGain();
141
142 source.buffer = buffer2ch;
143
144 source.connect(splitter);
145 splitter.connect(gain1, 0); // gain1 gets channel 0.
146 splitter.connect(gain2, 0); // gain2 sums channel 0 and 1.
147 splitter.connect(gain2, 1);
148 gain1.connect(context.destination);
149 gain2.connect(context.destination);
150 source.start();
151
152 splitter.disconnect(gain2, 0); // Now gain2 gets [2]
153
154 context.startRendering()
155 .then(function(buffer) {
156
157 // The sum of gain1 and gain2 should produce value 3. (= 1 + 2)
158 should(buffer.getChannelData(0), 'Channel #0')
159 .beConstantValueOf(3);
160
161 })
162 .then(() => task.done());
163 });
164
165 // Task 5: test disconnect(AudioNode, output, input) method.
166 audit.define('disconnect(AudioNode, output, input)', (task, should) => {
167
168 // Create a 3-channel buffer with [1, 2, 3] in each channel and then
169 // pass it through a splitter and a merger. Each input/output of the
170 // splitter and the merger is connected in a sequential order as shown
171 // below.
172 // (1) splitter#0 => merger#0
173 // (2) splitter#1 => merger#1
174 // (3) splitter#2 => merger#2
175 // Then disconnect (3) and verify if each channel contains [1] and [2]
176 // respectively.
177 let context = new OfflineAudioContext(3, 128, 44100);
178 let source = context.createBufferSource();
179 let buffer3ch = createConstantBuffer(context, 128, [1, 2, 3]);
180 let splitter = context.createChannelSplitter(3);
181 let merger = context.createChannelMerger(3);
182
183 source.buffer = buffer3ch;
184
185 source.connect(splitter);
186 splitter.connect(merger, 0, 0);
187 splitter.connect(merger, 1, 1);
188 splitter.connect(merger, 2, 2);
189 merger.connect(context.destination);
190 source.start();
191
192 splitter.disconnect(merger, 2, 2);
193
194 context.startRendering()
195 .then(function(buffer) {
196
197 // Each channel should have 1, 2, and 0 respectively.
198 should(buffer.getChannelData(0), 'Channel #0')
199 .beConstantValueOf(1);
200 should(buffer.getChannelData(1), 'Channel #1')
201 .beConstantValueOf(2);
202 should(buffer.getChannelData(2), 'Channel #2')
203 .beConstantValueOf(0);
204
205 })
206 .then(() => task.done());
207 });
208
209 // Task 6: exception checks.
210 audit.define('exceptions', (task, should) => {
211 let context = new OfflineAudioContext(2, 128, 44100);
212 let gain1 = context.createGain();
213 let splitter = context.createChannelSplitter(2);
214 let merger = context.createChannelMerger(2);
215 let gain2 = context.createGain();
216 let gain3 = context.createGain();
217
218 // Connect a splitter to gain nodes and merger so we can test the
219 // possible ways of disconnecting the nodes to verify that appropriate
220 // exceptions are thrown.
221 gain1.connect(splitter);
222 splitter.connect(gain2, 0);
223 splitter.connect(gain3, 1);
224 splitter.connect(merger, 0, 0);
225 splitter.connect(merger, 1, 1);
226 gain2.connect(gain3);
227 gain3.connect(context.destination);
228 merger.connect(context.destination);
229
230 // There is no output #2. An exception should be thrown.
231 should(function() {
232 splitter.disconnect(2);
233 }, 'splitter.disconnect(2)').throw('IndexSizeError');
234
235 // Disconnecting the output already disconnected should not throw.
236 should(function() {
237 splitter.disconnect(1);
238 splitter.disconnect(1);
239 }, 'Disconnecting a connection twice').notThrow();
240
241 // gain1 is not connected gain2. An exception should be thrown.
242 should(function() {
243 gain1.disconnect(gain2);
244 }, 'gain1.disconnect(gain2)').throw('InvalidAccessError');
245
246 // gain1 and gain3 are not connected. An exception should be thrown.
247 should(function() {
248 gain1.disconnect(gain3);
249 }, 'gain1.disconnect(gain3)').throw('InvalidAccessError');
250
251 // There is no output #2 in the splitter. An exception should be thrown.
252 should(function() {
253 splitter.disconnect(gain2, 2);
254 }, 'splitter.disconnect(gain2, 2)').throw('IndexSizeError');
255
256 // The splitter and gain1 are not connected. An exception should be
257 // thrown.
258 should(function() {
259 splitter.disconnect(gain1, 0);
260 }, 'splitter.disconnect(gain1, 0)').throw('InvalidAccessError');
261
262 // The splitter output #0 and the gain3 output #0 are not connected. An
263 // exception should be thrown.
264 should(function() {
265 splitter.disconnect(gain3, 0, 0);
266 }, 'splitter.disconnect(gain3, 0, 0)').throw('InvalidAccessError');
267
268 // The output index is out of bound. An exception should be thrown.
269 should(function() {
270 splitter.disconnect(merger, 3, 0);
271 }, 'splitter.disconnect(merger, 3, 0)').throw('IndexSizeError');
272
273 task.done();
274 });
275
276 audit.define('disabled-outputs', (task, should) => {
277 // See crbug.com/656652
278 let context = new OfflineAudioContext(2, 1024, 44100);
279 let g1 = context.createGain();
280 let g2 = context.createGain();
281 g1.connect(g2);
282 g1.disconnect(g2);
283 let g3 = context.createGain();
284 g2.connect(g3);
285 g1.connect(g2);
286 context.startRendering()
287 .then(function() {
288 // If we make it here, we passed.
289 should(true, 'Disabled outputs handled')
290 .message('correctly', 'inccorrectly');
291 })
292 .then(() => task.done());
293 });
294
295 audit.run();
296 </script>
297 </body>
278 </html> 298 </html>
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« no previous file with comments | « third_party/WebKit/LayoutTests/webaudio/AudioNode/audionode-connect-order.html ('k') | third_party/WebKit/LayoutTests/webaudio/AudioNode/audionode-disconnect-audioparam.html » ('j') | third_party/WebKit/LayoutTests/webaudio/tools/layout-test-tidy.js » ('J')

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